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Keysight (Agilent) E4361A

Solar Array Simulator DC Module, 65V, 8.5A, 510W

Manufacturer:
Model: Keysight (Agilent) E4361A
Description: Solar Array Simulator DC Module, 65V, 8.5A, 510W
Data Sheet PDF: Keysight (Agilent) E4361A
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Agilent / HP E4361A Solar Array Simulator DC Module (call for availability)The Agilent / HP E4361A is a 510W Solar Array Simulator DC Power Module that simulates the output characteristics of a solar array. The Agilent / HP E4361A Solar Array Simulator DC Module is primarily a cur source with very low output capacitance. It offers fast I-V curve changes allowing you to accurately simulate the output of diffe solar arrays under various environmental conditions (ie., temperature, age, eclipse, spin etc.). The Agilent / HP E4361A Solar Array Simulator DC Module gives you the flexibility to operate it in two ways:

  • Input the four key operational parameters (Voc, Isc, Vmp, Imp) needed for the Solar Array Simulator to internally create an I-V curve of a solar array
  • Download a user defined table for the I-V curve of the solar array

    • Features and Specifications of the Agilent / HP E4361A Modular Solar Array Simulator DC Module include:

  • Output Ratings (Simulator and Table Modes):
      • Maximum Power:  510 W
      • Maximum Open Circuit Voltage (Voc):  65 V
      • Maximum Voltage Point (Vmp):  60 V
    • Line Voltage 200 V / 230 V / 240 V:
      • Maximum Short Circuit Cur (Isc):  8.5 A
      • Maximum Circuit Point (Imp):  8.5 A
    • Line Voltage: 100 V / 120 V:
      • Maximum Short Circuit Cur (Isc):  4.25 A
      • Maximum Circuit Point (Imp):  4.25 A
  • Output Ratings (Fixed Mode):
    • Voltage:  0 – 60 V
    • Line Voltage: 200 V / 230 V / 240 V
      • Cur:  0 – 8.5 A
    • Line Voltage:  100 V / 120 V
      • Cur:  0 – 4.25 A
  • Cur Derating Factor (from 40°C to 55°C):  0.11 A/°C
  • Output Voltage Ripple & Noise (from 20 Hz to 20 MHz with a resistive load, outputs ungrounded, or either output grounded):
      • Simulator / Table Mode:
        • 20 mVrms
        • 125 mVp-p
      • Fixed Mode (constant voltage):
        • 24 mVrms
        • 150 mVp-p
  • Programming Accuracy (@ 23°C ±5°C):
      • Fixed Mode Voltage:  0.075% + 25 mV
      • Fixed Mode Cur:  0.2% + 20 mA
  • Readback Accuracy (from front panel or over GPIB with respect to actual output @ 23 ±5°C):
      • Voltage:  0.08% + 25 mV
      • +Cur:  0.20% + 20 mA
      • -Cur:  0.35% + 48 mA
  • Load Regulation – Fixed Mode (change in output voltage or cur for any load voltage change within ratings):
      • Constant Voltage:  2 mV
      • Constant Cur:  1 mA
  • Line Regulation – Fixed Mode (change in output voltage or cur for any line voltage change within ratings):
      • Constant Voltage:  2 mV
      • Constant Cur:  1 mA
  • Output Cur Ripple & Noise (from 20 Hz to 20 MHz with a resistive load, outputs ungrounded, or either output grounded):
      • Simulator/Table Mode:
        • 4 mArms
        • 32 mAp-p
      • Fixed Mode (constant cur):
        • 2.5 mArms
        • 19 mAp-p
  • Output Programming Range (maximum programmable values):
      • Simulator/Table Mode Voltage:  0 – 65 V
      • Fixed mode Voltage:  0 – 61.5 V
    • Line Voltage:  200 V / 230 V / 240 V:
      • Cur:  0 – 8.66 A
    • Line Voltage: 100 V / 120 V:
      • Cur:  0 – 4.33 A
      • Overvoltage Protection:  0 – 74 V
      • Overcur Limit:  0 – 10.6 A
  • Programming Resolution (average values):
      • Voltage:  19 mV
      • Cur:  2.7 mA
      • Overvoltage Protection:  325 mV
      • Overcur Limit:  46 mA
  • Programming Accuracy:
      • Overvoltage Protection:  0.65 V
      • Overcur Limit:  0.5% + 215 mA
      • Cur Monitor (referenced to P common):  1.0% + 130 mA
  • Fixed Mode Analog Cur Programming:
      • Analog Programming:  1.0% + 5.5 mA
      • +Ip to -Ip Diffeial Input (0 to full scale):  0 to -4 V
      • Maximum Common Mode Voltage (referenced to +OUT): ±18 V
      • Nominal Input Impedance:  20 kO
  • Drift / Temperature Stability (change in output over 8 hours underconstant load, line, and ambient, following a 30 minute warmup):
      • Voltage:  0.04% + 1 mV
      • Cur:  0.1% + 0.85 mA
  • Temperature Coefficients (output change per °C):
      • Voltage:  0.01% + 325 µV
      • Cur:  0.025% + 215 µA
  • Output Capacitance:  < 100 nF
  • Maximum Reverse Diode Cur (with fans running):  8.5 A
  • Output Cur Settling Time (output recovery to within 1.5 A of an operating point on the I-V curve (V < 90% of VMP) after switching from a short circuit to a fixed load):  < 5 µs
  • Maximum Capacitive Load (for stable operation):
      • Simulator/Table Mode:  No Restriction
      • Fixed Mode:  2000 µF
  • Load Lead Drop with Remote Sensing:
      • Simulator/Table Mode:  Up to 2 volts + (Voc – Vmp)
      • Fixed Mode:  Up to 2 volts total
  • Cur Sinking Capability:
      • Simulator/Table Mode:  350 mA
      • Fixed Mode:  420 mA
  • Voltage Programming Rise/Fall Time (time for output to change from 90% to 10% or 10% to 90% of its total excursion):  < 8 ms
  • Voltage Programming Settling Time (time for output change to settle within 0.1% of the rating of the unit; either 60 mV or 120 mV):  25 ms typical
  • Monotonicity:  Output is monotonic over entire rated voltage, cur, temperature range
  • Auto-Parallel Configuration:  Up to 4 outputs
  • Series and Shunt Switching Frequency (switching frequency is controlling by a customer-supplied external series or shunt FET connected to the output):  50 kHz maximum
  • Output Terminal Isolation (maximum, from chassis ground):  ±240 Vdc
    • Maximum Power:  510 W
    • Maximum Open Circuit Voltage (Voc):  65 V
    • Maximum Voltage Point (Vmp):  60 V
  • Line Voltage 200 V / 230 V / 240 V:
    • Maximum Short Circuit Cur (Isc):  8.5 A
    • Maximum Circuit Point (Imp):  8.5 A
  • Line Voltage: 100 V / 120 V:
    • Maximum Short Circuit Cur (Isc):  4.25 A
    • Maximum Circuit Point (Imp):  4.25 A
  • Maximum Power:  510 W
  • Maximum Open Circuit Voltage (Voc):  65 V
  • Maximum Voltage Point (Vmp):  60 V
  • Maximum Short Circuit Cur (Isc):  8.5 A
  • Maximum Circuit Point (Imp):  8.5 A
  • Maximum Short Circuit Cur (Isc):  4.25 A
  • Maximum Circuit Point (Imp):  4.25 A
  • Voltage:  0 – 60 V
  • Line Voltage: 200 V / 230 V / 240 V
    • Cur:  0 – 8.5 A
  • Cur:  0 – 8.5 A
  • Line Voltage:  100 V / 120 V
    • Cur:  0 – 4.25 A
  • Cur:  0 – 4.25 A
    • Simulator / Table Mode:
      • 20 mVrms
      • 125 mVp-p
    • Fixed Mode (constant voltage):
      • 24 mVrms
      • 150 mVp-p
  • Simulator / Table Mode:
    • 20 mVrms
    • 125 mVp-p
  • 20 mVrms
  • 125 mVp-p
  • Fixed Mode (constant voltage):
    • 24 mVrms
    • 150 mVp-p
  • 24 mVrms
  • 150 mVp-p
    • Fixed Mode Voltage:  0.075% + 25 mV
    • Fixed Mode Cur:  0.2% + 20 mA
  • Fixed Mode Voltage:  0.075% + 25 mV
  • Fixed Mode Cur:  0.2% + 20 mA
    • Voltage:  0.08% + 25 mV
    • +Cur:  0.20% + 20 mA
    • -Cur:  0.35% + 48 mA
  • Voltage:  0.08% + 25 mV
  • +Cur:  0.20% + 20 mA
  • -Cur:  0.35% + 48 mA
    • Constant Voltage:  2 mV
    • Constant Cur:  1 mA
  • Constant Voltage:  2 mV
  • Constant Cur:  1 mA
    • Constant Voltage:  2 mV
    • Constant Cur:  1 mA
  • Constant Voltage:  2 mV
  • Constant Cur:  1 mA
    • Simulator/Table Mode:
      • 4 mArms
      • 32 mAp-p
    • Fixed Mode (constant cur):
      • 2.5 mArms
      • 19 mAp-p
  • Simulator/Table Mode:
    • 4 mArms
    • 32 mAp-p
  • Fixed Mode (constant cur):
    • 2.5 mArms
    • 19 mAp-p
  • 4 mArms
  • 32 mAp-p
  • 2.5 mArms
  • 19 mAp-p
    • Simulator/Table Mode Voltage:  0 – 65 V
    • Fixed mode Voltage:  0 – 61.5 V
  • Line Voltage:  200 V / 230 V / 240 V:
    • Cur:  0 – 8.66 A
  • Line Voltage: 100 V / 120 V:
    • Cur:  0 – 4.33 A
    • Overvoltage Protection:  0 – 74 V
    • Overcur Limit:  0 – 10.6 A
  • Simulator/Table Mode Voltage:  0 – 65 V
  • Fixed mode Voltage:  0 – 61.5 V
  • Cur:  0 – 8.66 A
  • Cur:  0 – 4.33 A
  • Overvoltage Protection:  0 – 74 V
  • Overcur Limit:  0 – 10.6 A
    • Voltage:  19 mV
    • Cur:  2.7 mA
    • Overvoltage Protection:  325 mV
    • Overcur Limit:  46 mA
  • Voltage:  19 mV
  • Cur:  2.7 mA
  • Overvoltage Protection:  325 mV
  • Overcur Limit:  46 mA
    • Overvoltage Protection:  0.65 V
    • Overcur Limit:  0.5% + 215 mA
    • Cur Monitor (referenced to P common):  1.0% + 130 mA
  • Overvoltage Protection:  0.65 V
  • Overcur Limit:  0.5% + 215 mA
  • Cur Monitor (referenced to P common):  1.0% + 130 mA
    • Analog Programming:  1.0% + 5.5 mA
    • +Ip to -Ip Diffeial Input (0 to full scale):  0 to -4 V
    • Maximum Common Mode Voltage (referenced to +OUT): ±18 V
    • Nominal Input Impedance:  20 kO
  • Analog Programming:  1.0% + 5.5 mA
  • +Ip to -Ip Diffeial Input (0 to full scale):  0 to -4 V
  • Maximum Common Mode Voltage (referenced to +OUT): ±18 V
  • Nominal Input Impedance:  20 kO
    • Voltage:  0.04% + 1 mV
    • Cur:  0.1% + 0.85 mA
  • Voltage:  0.04% + 1 mV
  • Cur:  0.1% + 0.85 mA
    • Voltage:  0.01% + 325 µV
    • Cur:  0.025% + 215 µA
  • Voltage:  0.01% + 325 µV
  • Cur:  0.025% + 215 µA
    • Simulator/Table Mode:  No Restriction
    • Fixed Mode:  2000 µF
  • Simulator/Table Mode:  No Restriction
  • Fixed Mode:  2000 µF
    • Simulator/Table Mode:  Up to 2 volts + (Voc – Vmp)
    • Fixed Mode:  Up to 2 volts total
  • Simulator/Table Mode:  Up to 2 volts + (Voc – Vmp)
  • Fixed Mode:  Up to 2 volts total
    • Simulator/Table Mode:  350 mA
    • Fixed Mode:  420 mA
  • Simulator/Table Mode:  350 mA
  • Fixed Mode:  420 mA

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